DRP / BCP and Security Bundle
The Security Manual and Disaster Recovery Bundle contains:
- The Disaster Recovery Plan (DRP) Template is provided in Word format. It is a complete DRP and can be used in whole or in part to establish defined responsibilities, actions and procedures to recover the computer, communication and network environment in the event of an unexpected and unscheduled interruption.
- The Security Manual Template is a complete Security Manual and can be used in whole or in part to establish defined responsibilities, actions and procedures to manage the security of your computer, communication, Internet and network environment.
- The Sensitive Information Policy defines how to
treat Credit Card, Social Security, Employee, and Customer Data.
The policy is 15 pages in length. This policy complies with Sarbanes
Oxley Section 404.
Sarbanes Oxley Compliance Kit - 4 versions
The Sarbanes Oxley compliance comes in four versions - each contains the Security Manual and Disaster Recovery Bundle. The versions of the SOX kit are:
- Standard Edition
- Security Manual Template
- Sensitive Information Policy
- Disaster Recovery Template
- Safety Manual Template
- Threat & Vulnerability Assessment Tool
- Business & IT Impact Questionnaire
- Practical Guide for IT Outsourcing
- Chief Security Officer Job Description
- Silver Edition
- Standard Edition PLUS
- Internet and IT Job Descriptions HandiGuide (220 Sarbanes Oxley compliant job descriptions.
- Gold Edition
- Silver Edition PLUS
- Internet and IT Job Descriptions WORD files (220 Sarbanes
Oxley compliant job descriptions)
- Platinum Edition
- Gold Edition PLUS
- IT Service Management Template
NOTE - If you would like to purchase any of the items in this kit separately just go to the menu bar at the top and look under productivity.
Compliance News
Major Disaster Recovery Failure with an Outsource Provider
Virginias Department of Motor Vehicles along with 25 other state agencies hasnt been able to process requests for licenses and ID cards. These systems are supposed to be up and running six days after the outages started to appear.Northrop Grumman manages Virginias IT infrastructure under a $2.3 billion IT services contract.
The Virginia Information Technologies Agency (VITA) said in a statement that teams have been working throughout the weekend to restore data. In a nutshell, the IT infrastructure of the state of Virginia was reportedly crushed by an EMC storage area network failure. The Richmond Times-Dispatch reports that several systems are still down. The same paper said that Northrop Grumman will have to pay a fine for the failure. And the real kicker is that recently revised its contract with Northrop Grumman and extended the deal for three years. The state paid an additional $236 million for better service from Northrop Grumman.
Highlights of the Revised Contract - Operational Efficiencies
- Consolidates and strengthens Performance Level Standards with a 15% increase in penalties across the board if Northrop Grumman fails to perform on clearly identified and measured performance standards. - PAY-UP
- Improves Incident Response teams to determine technology failures and expedite repair - FAILED
- Institutes clear performance measurements for Northrop Grumman that agencies can easily track - FAILED
- Adds new services to contract such as improved disaster recovery and enhanced security features - FAILED
Among the key parts of the VITA statement:
Successful repair to the storage system hardware is complete, and all but three or possibly four agencies out of the 26 agency systems have been restored. Agencies continue to perform verification testing.
Progress continues, but work is not yet complete for the three or four agencies that have some of the largest and most complex databases. These databases make the restoration process extremely time consuming. The unfortunate result is the agencies will not be able to process some customer transactions until additional testing and validation are complete.
According to the manufacturer of the storage system (EMC), the events that led to the outage appear to be unprecedented. The manufacturer reports that the system and its underlying technology have an exemplary history of reliability, industry-leading data availability of more than 99.999% and no similar failure in one billion hours of run time.
The outage was blamed on the failure of two circuit boards installed and maintained by EMC. It is a big disconcerting that two circuit boards can bring down a states IT infrastructure for nearly a week.
Among the things that dont add up in the Virginia IT outage:
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- Why wouldnt these boards be replaced quickly?
- Why was there a single point of failure?
- Service was restored for 16 agencies, but 10 require a lengthy restoration of data. Where was the disaster planning? After all, Northrop Grumman touted its disaster recovery for the state just two years ago.
- Where did the IT management fail?
How to request funding for DRP BCP
In these tough economic times how can CIOs get the budget necessary to support Disaster Recovery and Business Continuity Planning.
The following steps should be taken when planning a presentation seeking to gain management support of a Disaster Recovery and Business Continuity program.
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Define the scope, objectives, and requirement - It is not enough to have an objective of getting more funding or gaining executive support. Define exactly how much funding is needed, or exactly what form the executive support should take. Verify expectations - Define what management's expectations for the meeting are. Focus on business continuity - It makes more sense to get the commitment for resources to achieve a 24-hour recovery time objective (RTO) than to demand the resources for a two-hour RTO and get nothing. Anticipate objections - realize that the number one objection is the cost, and prepare accordingly. Let the results of the business impact analysis (BIA) justify the "investment" (not "cost"). Prepare a competitive analysis - Executives care what their competition is doing. Annual benchmark studies and surveys are good sources of information on the investments in DPR/BCP being made by industry, by size of organization, etc. Prepare examples of what has happened to others - Remind the executives of the regulations that affect their business, and the impact of not complying with them. Examples of such regulations are Sarbanes-Oxley, HIPAA, Foreign Corrupt Practices Act, and Gramm-Leach-Bliley. In addition, research companies that have been damaged significantly in highly publicized news stories because of their failure to act responsibly. Define the Risk/Reward of DRP/BCP - Research and develop the business continuity program's return on investment. Package Resources - Work with vendors like Janco Associates who can package infrastructure solutions like the Disaster Recovery Business Continuity Template to accelerate the process and minimize the cost. Get buy-in for key decision makers before you meet to ask for a decision - The effort will have greater success if key decision makers and other departments within the organization support the DRP/BCP program. The power of a presentation supported by key executives, marketing, IT security, physical security, human resources, facilities, and risk management is highly significant.
Backup requirments defined
CIOs, CSO's, Disaster Recovery Managers, and Business Continuity Mangers constantly are working to improve their recovery point objective (RPO) and recovery time objectives (RTO) by performing fast, non-disruptive backups, and by performing data restoration. All comprehensive data protection solutions involve many considerations and contingencies.
Here are some of the things that can go wrong with your data and the backup requirements that need to be addressed:
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Accidental or malicious deletion of critical data - Requirement that provides the ability to quickly and easily restore individual files and folders. Data that is lost or corrupted over a period of time - Requirement to roll back individual records to fix database corruptions. The ability to recover data from any previous point in time, and have it as granular as possible. A crashed disk - Requirement to recover a disk volume is different than recovering a single file, but it should be done just as quickly, and with automation to help keep operational disruptions to a minimum. A server failure - Requirement to restore operations when replacing a broken server may be complicated by the need to install different drivers on the new system if the hardware is not an exact match. It helps to have the capability to move the application workload to a standby server (with different hardware) or virtual server while the system is being replaced or repaired. A local or regional disaster - Requirement when you lose an entire office to fire, flood, or other disaster, have a current copy of your important information in another location that is outside the disaster zone. Remote offices and branch offices - Requirement to have a process in place to restore with minimal technical support as remote and branch offices often do not have the luxury of having an on-site technical resource to assist in backups and restores. Resource-intensive backup processes - Requirement frequent or even continuous backup that is not resource-intensive . Security breaches - Requirement to secure data. When moving data between sites, it needs to be protected from potential security breaches. A breach of data security, whether actual damage is done or not, can be devastating to your company's reputation, as dozens of large enterprises and government agencies have found in recent years.
DRP versus BCP
Disaster recovery planning is one of the most important jobs of the IT professional. It includes working with upper management and winning the cooperation of all departments to make a working recovery plan. The two main parts are the Business Continuity Plan (BCP) and the Disaster Recovery Plan (DRP). These have to go hand-in-hand procedurally. The BCP focuses more on the schedule and timing of the DRP, so that in the event of a disaster the business can function normally. The three stages of a DRP are Prevent, Detect and Correct.
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Disaster Recovery and Business Continuity a critical part of enterprise operations
Disaster recovery is becoming an increasingly important aspect of enterprise computing. As devices, systems, and networks become ever more complex, there are simply more things that can go wrong. As a consequence, recovery plans have also become more complex. According to Janco Associates (the author of the Disaster Recovery Business Continuity Template). For example, fifteen or twenty years ago if there was a threat to systems from a fire, a disaster recovery plan might consist of powering down the mainframe and other computers before the sprinkler system came on, disassembling components, and subsequently drying circuit boards in the parking lot with a hair dryer. Current enterprise systems tend to be too large and complicated for such simple and hands-on approaches, however, and interruption of service or loss of data can have serious financial impact, whether directly or through loss of customer confidence.
Appropriate plans vary from one enterprise to another, depending on variables such as the type of business, the processes involved, and the level of security needed. Disaster recovery planning may be developed within an organization or purchased as a software application or a service. It is not unusual for an enterprise to spend 25% of its information technology budget on disaster recovery.
Nevertheless, the consensus within the DR industry is that most enterprises are still ill-prepared for a disaster. According to the Janco Associates Disaster Recover Business Continuity web site, Despite the number of very public disasters since 9/11, still only about 50 percent of companies report having a disaster recovery plan. Of those that do, nearly half have never tested their plan, which is tantamount to not having one at all.
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Security and DRP play a role in CIO Infrastructure Design
Designing IT Infrastructure requires CIOs to consider the globalized world they are now in. It is necessary and valuable for CIOs to understand the fundamental trends that are pushing businesses to redesign their operations around this new reality. Factors they need to consider are:
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Security - With the growing importance of digital applications and data, the sources of threats to enterprise data have multiplied dramatically. Everything from natural disasters to criminals to corrupt sources within the company might try to steal or corrupt data. While businesses do everything that they can to stop these threats in the first place, they still must be prepared to recover from these threats as quickly as possible. Business Continuity and Disaster Planning - As businesses have expanded the need for anytime, anywhere application access has become a requirement. At the same time, follow the sun (global 24/7) operations have shrinking maintenance windows and a need for applications to be running at all times. Delay or loss of data for any reason system failure, natural disasters has a domino-like effect across the entire organization, at any time of the day or night. Flexibility - Most businesses now operate across international borders and CIOs must be able to respond to opportunities and challenges faster than ever before. CIOs are usually battling well-resourced organizations that may be based where the opportunity originated, or another globalizing company that is reaching out for new opportunities. In order to compete, a business has to be faster to deliver a product or service as good, or better, than that of potentially any other company in the world. Simplicity - Increases in technology have typically led to increased complexity. While per unit costs of technology are always decreasing, in aggregate companies see an increase in cost. With the pressure on IT to act less as a cost center and more as a way to increase the profitability of business units, just adding more storage, more bandwidth, or additional technologies throughout the organization is no longer an acceptable approach to managing information technology. Successful CIOs are investing in numerous technologies including; continuous data protection, virtualization, and wireless connectivity. They are trying slim down ITs footprint while increasing their businesss competitive advantages. The CIO is typically in a difficult position, assessing where to try and cut costs while still moving forward with a plan to continually enhance IT services to the business.
Nature can distroy anything that man can make
Nothing man-made can withstand the forces of nature. In certain regions of the country, natural disasters are not a question of if, but of when. The main headquarters of many companies are located in North Carolina, right in the heart of Hurricane Alley. In addition, Southern California is earthquake and brush fire central.
They know a hurricane, earthquake, or brush fire is going to be coming along at some point; it is inevitable. At the worst, you are looking at physical damage to facilities and systems, or flooding. At minimum, it will knock out power and your network circuit. Even if power and network stay up, just the fact that you do not have physical access to your system may prevent you from doing a crucial operational task.
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How a CIO should chose a backup site
Disasters cost money, interrupt business operations and may cause the enterprise or government agency to fail, which makes planning a business continuity issue. Disasters can interfere with or even terminate IT and communications services. It does not matter whether the disaster affects the enterprise, government or service provider. Floods, fire, volcanoes, earthquakes and other events can destroy a primary and backup site if they are too close together.
Telecom service providers can offer expert advice on where to locate a backup facility and should position themselves with CIOs to offer both consulting and services. After all, they have experience planning for their own primary and backup facilities, as well.
A CIO's selection of the backup site location will always have risks and liabilities attached to the decision. Adequate and reliable communications to the backup site and communications between the primary and backup sites are what most service providers can successfully offer to the CIO.
In choosing a backup site, CIO's must first determine how big a disaster plan for and budget for it. The level of disaster planning increases as you goes down the following list:
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Building closed/evacuated Loss of power Loss of communications Facility damaged/destroyed Community disaster (10-to-30 mile range) Regional disaster (30-to100 mile range)
















